<p><sup>a</sup>Animals with no within year overlap value either undertook only one trip per year, or successive trips were excluded from analyses as they contained fewer than 10 ARS locations (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0120888#sec002" target="_blank">Methods</a>).</p><p>Foraging trips per year and Utilisation Distribution overlap values (Bhattacharyya’s affinity) for eight female Antarctic fur seals from Marion Island that were tracked for multiple winters between 2008–2011.</p
<div><p>Mitigating direct and indirect interactions between marine predators and fisheries is a moti...
Sixteen lactating subantarctic fur seals Arctocephalus tropicalis were satellite-tracked during the ...
Mitigating direct and indirect interactions between marine predators and fisheries is a motivating f...
<p>Light blue denotes cells used in one year, dark blue denotes overlapping cells used in multiple y...
<p>The black lines denote the 95% UD, which represents the annual foraging kernel home range of each...
Knowledge of the habitat use and foraging ecology of animals in space and time is fundamental to und...
Strategies employed by wide-ranging foraging animals involve consideration of habitat quality and pr...
<p>Between-year fidelity (YES or NO) indicates for which years multi-year animals were tracked with ...
<p>Locations in red and blue represent likely area-restricted search (ARS) behaviour for animals fro...
The foraging behaviour of conspecific female Antarctic fur seals (AFS) was compared simultaneously a...
International audienceBackground: Individual variations in the use of the species niche are an impor...
Abstract Background To understand and predict the distribution of foragers, it is crucial to identif...
Antarctic (Arctocephalus gazella) and Subantarctic (A. tropicalis) fur seals are important predators...
BACKGROUND : To understand and predict the distribution of foragers, it is crucial to identify the f...
Animals may use long-distance foraging trips to capitalize on spatiotemporal variation in food avail...
<div><p>Mitigating direct and indirect interactions between marine predators and fisheries is a moti...
Sixteen lactating subantarctic fur seals Arctocephalus tropicalis were satellite-tracked during the ...
Mitigating direct and indirect interactions between marine predators and fisheries is a motivating f...
<p>Light blue denotes cells used in one year, dark blue denotes overlapping cells used in multiple y...
<p>The black lines denote the 95% UD, which represents the annual foraging kernel home range of each...
Knowledge of the habitat use and foraging ecology of animals in space and time is fundamental to und...
Strategies employed by wide-ranging foraging animals involve consideration of habitat quality and pr...
<p>Between-year fidelity (YES or NO) indicates for which years multi-year animals were tracked with ...
<p>Locations in red and blue represent likely area-restricted search (ARS) behaviour for animals fro...
The foraging behaviour of conspecific female Antarctic fur seals (AFS) was compared simultaneously a...
International audienceBackground: Individual variations in the use of the species niche are an impor...
Abstract Background To understand and predict the distribution of foragers, it is crucial to identif...
Antarctic (Arctocephalus gazella) and Subantarctic (A. tropicalis) fur seals are important predators...
BACKGROUND : To understand and predict the distribution of foragers, it is crucial to identify the f...
Animals may use long-distance foraging trips to capitalize on spatiotemporal variation in food avail...
<div><p>Mitigating direct and indirect interactions between marine predators and fisheries is a moti...
Sixteen lactating subantarctic fur seals Arctocephalus tropicalis were satellite-tracked during the ...
Mitigating direct and indirect interactions between marine predators and fisheries is a motivating f...